基于OpenMV的自动瞄靶电磁曲射炮系统设计

自动瞄靶电磁曲射炮系统是一种新型的火炮系统,其具有自动瞄准和射击功能。该系统可以在战场上实现对目标的快速、准确打击,提高了作战效率和战场态势感知能力。此外,自动瞄靶电磁曲射炮系统还具有较低的噪音和较低的热辐射,使其在现代战争中具有更强的隐蔽性。为了使自动瞄靶电磁曲射炮系统更高效、精准和智能化,文中基于OpenMV对自动瞄靶电磁曲射炮系统进行了设计,并在介绍设计的目的、意义的基础上,分别从系统设计整体思路、系统模块划分、系统接口设计、系统硬件设计、系统软件设计以及系统安全设计几个方面,对基于OpenMV 的自动瞄靶电磁曲射炮系统设计的总体框架进行了阐述。

Design of Automatic Target Aiming Electromagnetic Curving Gun System Based on OpenMV

Automatic target aiming electromagnetic curving gun system is a new type of artillery system, it has automatic aiming and firing functions. The system can achieve rapid and accurate attack on the target in the battlefield, which improves the combat efficiency and battlefield situational awareness. In addition, the automatic target firing system also has lower noise and lower thermal radiation, making it more concealment in modern warfare. In order to realize an automatic target aiming electromagnetic curving gun system with high efficiency, accuracy and intelligence, this paper designs the automatic target aiming electromagnetic curving gun system based on OpenMV, and introduces the purpose and significance of design. The design framework of the OpenMV-based automatic target electromagnetic projectile system is described from the aspects of overall system design, system module division, system interface design, system hardware design, system software design and system safety design.